El diseño Factory City To Education City Función Principal: Teatro Multifuncional de Ying Bi and Siyu Bai es un ganador altamente estimado del prestigioso 2026 A' Design Award de Bronce en la categoría de competición Diseño de Arquitectura, Edificación y Estructuras.
BronceArquitectura· 2026
Factory City To Education City Función Principal: Teatro Multifuncional
Ganador del A' Design Award de Bronce en la Categoría Arquitectura
Ganador de Premio Verificado
Verificar Estado del Premio para #182316El Diseño
Acerca de Factory City To Education City Función Principal: Teatro Multifuncional
Texto del Libro: Este proyecto reinventa el patrimonio industrial de Ivrea como un campus educativo y cultural contemporáneo. A través de la reutilización adaptativa de las estructuras de hormigón existentes y la incorporación de nuevos edificios modulares de acero, el diseño transforma un antiguo entorno de producción en un marco conectado para el aprendizaje, el espectáculo y la vida pública. Un teatro, espacios multifuncionales y un eje de circulación abierto crean juntos un paisaje cívico flexible donde la memoria industrial evoluciona hacia una arquitectura viva del conocimiento.
El Reconocimiento
Acerca del A' Design Award de Bronce
Factory City To Education City Función Principal: Teatro Multifuncional ha ganado el A' Design Award de Bronce, un reconocimiento sumamente prestigioso concedido a diseños sobresalientes que se distinguen por su creatividad, ingenio y astucia. Los ganadores de Bronce son artefactos ampliamente hábiles y sorprendentemente creativos que acreditan la vasta experiencia, imaginación e ingeniosidad de sus diseñadores. Se espera que Factory City To Education City Función Principal: Teatro Multifuncional sea un objeto muy apreciado, admirado y querido, notablemente profesional e innovador. Este diseño ganador del A' Design Award de Bronce incorpora las mejores prácticas del arte, la ciencia, el diseño y la tecnología, y es excelente por su atención al detalle. Factory City To Education City Función Principal: Teatro Multifuncional satisface espléndidamente las necesidades, toca los deseos, encanta los sentimientos y atrae la curiosidad.
Detrás del Diseño
Kit de Prensa
Créditos, miembros del equipo y detalles técnicos proporcionados por el diseñador.
- Propiedades Únicas
- The project transforms an industrial social-services complex into a modular educational campus. Existing concrete buildings are reactivated through light interventions, while new steel structures house a theatre and multifunctional spaces. A connecting public spine integrates learning, culture, landscape, and civic life, turning industrial heritage into a flexible framework for knowledge production.
- Dimensiones y Embalaje
- Approximate site area: 8,000 sq.m. The project consists of a theatre volume and a multifunctional educational building connected by semi open circulation. The theatre is approximately 15 m x 23 m x 16 m, using a long span steel roof structure. The multifunctional building is organized on three levels with modular structural bays. Main materials include existing reinforced concrete, steel framing, metal roof decking, insulation, waterproofing membrane, glazing, and perforated metal cladding.
- Etiquetas
- adaptive reuse, industrial heritage, educational campus, modular steel structure, theatre design, multifunctional building, public space, civic architecture, Olivetti, Ivrea
- Tecnología de Producción
- The project is realized through a hybrid system of adaptive reuse and lightweight steel construction. Existing concrete structures are preserved and reactivated with minimal intervention, while new volumes use a modular steel frame, long span roof trusses, metal roof decking, insulated build-up roofing, and perforated metal cladding. The theatre integrates acoustic wall lining, suspended acoustic reflectors, lighting grids, sprinkler coordination, and mechanical ducts within a clear structural logic.
- Desafío de Diseño
- The main challenge was to transform a historically industrial site into a contemporary educational and cultural campus without losing its original spatial identity. The design had to balance preservation and intervention, integrating existing concrete structures with new modular steel construction. Another key challenge was to create a clear relationship between theatre, learning spaces, and public circulation while maintaining flexibility, technical performance, and a strong civic character.
- Investigación
- The research investigates how industrial heritage can be transformed into a contemporary educational environment. It combines site analysis, historical study of Ivrea and the Olivetti legacy, program development, and architectural prototyping. The project studies adaptive reuse, modular steel construction, and spatial connectivity as strategies to integrate learning, performance, and public life within an existing industrial fabric.
- Inspiración
- The project is inspired by Ivrea's industrial legacy and the social vision of the Olivetti factory city. Rather than preserving the site as a static monument, the design explores how industrial structures can support contemporary education, culture, and public life. It draws from adaptive reuse, modular construction, and the transformation of production into knowledge.
- Duración del Proyecto
- The project was developed in 2026 as an architectural competition proposal for the Olivetti Theatre site in Ivrea, Italy. It explores the transformation of the former industrial context into a contemporary educational and cultural campus through adaptive reuse, modular construction, and public space integration.
- Flujo de Operación
- The project operates as a connected campus where learning, performance, and public life are brought together through a clear spatial sequence. Visitors move through open pathways, landscape platforms, and shared gathering spaces that link the existing buildings with the new theatre and multifunctional programs. This flow encourages informal interaction, flexible use, and a continuous relationship between education, culture, and civic activity.
- Patentes
- Copyrights belong to Siyu Bai, Ying Bi, 2026.
- Miembros del Equipo
- Ying Bi, Siyu Bai
- Créditos de Imagen
- Ying Bi, Siyu Bai
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